Hi Stats Fans,
I need your help, as I am stuck with data I collected for a project. I am currently gathering responses about mitigation strategies against fatigue. I am questioning people about what mitigation strategies against fatigue they have experienced as helpful.
It is a multiple choice question that has 5 different strategies to choose from. More than one response is possible.
My research hypothesis is that one one of the strategies is perceived as more effective than the others. My original thought was to simply compare the counts of how often each strategy was chosen.
But how do I determine whether the difference is significant? What kind of test do I use?
How do I handle the data now?
I'd be super thankful if any of you could provide useful input. And if you do, please pretend like you are explaining to somebody who does not know much about stats ;-)
Thank you!!
Kimi
I need your help, as I am stuck with data I collected for a project. I am currently gathering responses about mitigation strategies against fatigue. I am questioning people about what mitigation strategies against fatigue they have experienced as helpful.
It is a multiple choice question that has 5 different strategies to choose from. More than one response is possible.
My research hypothesis is that one one of the strategies is perceived as more effective than the others. My original thought was to simply compare the counts of how often each strategy was chosen.
But how do I determine whether the difference is significant? What kind of test do I use?
How do I handle the data now?
I'd be super thankful if any of you could provide useful input. And if you do, please pretend like you are explaining to somebody who does not know much about stats ;-)
Thank you!!
Kimi